Automated control of temperature regimes of alloyed steel products based on multiprocessors computing systems

Development features and use of multiprocessor computing system with its mathematical support and software for heat treatment modes simulation of metal billets are considered. The application of modern multiprocessor computing technologies is proposed for increasing the speed and efficiency of computation, which enables to effectively control technological processes. Through the special software the multiprocessor system is able to set and control necessary temperature conditions on all plane of cross-sectional of standard at heating and self-control of metal, and if necessary maybe began to control the thermal mode of treatment in the interval of temperatures of annealing.